Computer Architecture and MIPS Assembly Language Programming

Master Computer Architecture & MIPS Assembly Programming

Unlock the secrets of how computers work! This comprehensive course provides a deep dive into computer architecture and MIPS assembly programming, perfect for aspiring software developers, hardware engineers, and anyone curious about the inner workings of computing systems.

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Updated February 2024

This course is designed to give you a solid understanding of the fundamental technological structure and evolution of computers, covering everything from hardware components to low-level programming.

What You'll Learn:

• Computer Architecture Fundamentals: Explore the core components of a computer system and how they interact.
• MIPS Assembly Programming: Learn to write and understand assembly language programs for the powerful MIPS architecture.
• Processor Microarchitecture: Delve into the inner workings of the MIPS processor, including the control unit.
• Instruction Set Architectures (ISA): Understand how instructions are encoded and executed.
• Data Representation & Memory Organization: Learn how data is stored and managed within the computer.
• System Calls & I/O: Implement simple I/O operations and utilize system calls.
• Functions & Subroutines: Master the use of functions in MIPS assembly, including argument passing and stack management.
• Datapath Design: Understand the design of datapath and register files in computer architectures.
• Single-Cycle & Multi-Cycle Datapaths: Explore different datapath implementations for MIPS processors.

Course Structure (Divided into 2 Chapters):

Chapter 1: Software & MIPS Assembly Programming

• MIPS Assembly Basics: Memory operands (Load/Store), addressing modes (Immediate, Signed/Unsigned), fundamental instructions (ADD, ADDI, SUB, LW, SW).
• Control Flow: Branches, jumps, loops, and comparison instructions.
• Data Alignment: Understand .align, .byte, .half, and .word directives.
• System Calls: Implement simple I/O operations like "Hello World!", reading input, and performing calculations.
• Advanced MIPS Programming: Divide instructions, odd/even checks, averaging, multiplication, factorial, and more.
• Code Conversion: Learn to convert C code to MIPS assembly.
• Character Manipulation: Convert between uppercase and lowercase, and check character types.
• Operator Evaluation: Read operands and operators to compute results.
• Summation: Compute the sum of a range of numbers.

Chapter 2: Advanced MIPS Programming & Computer Architecture

• Functions in MIPS: Explore jal and jr instructions, argument passing, register saving, and stack implementation.
• MIPS Instruction Encoding: Detailed breakdown of R-Type, I-Type, and J-Type instructions.
• Datapath Design: In-depth exploration of the datapath, ALU, and register file.
• Single-Cycle Datapath: Understand the operation of a single-cycle MIPS processor.
• Multi-Cycle Datapath: Learn about the design and implementation of a multi-cycle datapath.
• Tutorials & Assignments: Hands-on practice with MARS simulator and MIPS assembly programming. Includes assignments covering topics like integer arithmetic, flow control, arrays, and functions.

Why Choose This Course?

• Example-Based Learning: Every lecture and component leads to a practical lab assignment with solutions.
• Step-by-Step Guidance: I provide sample code and documentation to support your learning journey.
• Immediate Project-Based Approach: Jump right into coding from the start.
• Dedicated Support: I'm here to help you succeed!
• Focus on Core Concepts: Gain a deep understanding of the interface between hardware and software.

Who is this course for?

This course is ideal for:

• Students studying computer science, electrical engineering, or related fields.
• Software developers looking to understand low-level programming.
• Hardware engineers interested in processor design.
• Anyone curious about how computers work!

Benefits:

This course will equip you with a strong foundation in computer architecture and MIPS assembly programming, opening doors to careers in:

• Processor Design
• Embedded Systems Development
• Low-Level Programming
• Computer Architecture Research

Ready to unlock the power of computer architecture? Enroll today!